5G networks are designed not only to transport data, but also to process them while
supporting a vast number of services with different key Performance Indicators (KPIs) …

5G-and-beyond networks are designed to fulfill the communication and computation
requirements of various industries, which requires not only transporting the data, but also …

Fifth-generation mobile technologies introduce the concept of network slicing, which allows
the creation of logical networks consisting of network services and the associated physical …

5G mobile networks are envisioned to substantiate new vertical services with diverse
performance requirements. Slicing in the radio access network (RAN) promises an efficient …

Recently, the concept of network virtualization and network slicing attracted significant
attention from both industry and academia as a key component of the evolving 5G …

5G networks are expected to provide a variety of services over the same physical
infrastructure equipped with a combination of radio and wired transport networks and …

Network slicing enables a single physical network be sliced into multiple virtual networks.
Each is customized and optimized according to specific 5G services and business goals. It …

Through multiplexing separate virtual networks on the same network infrastructure, network
slicing will lead to customization, scalability, flexibility, and isolation of services in different …

The next 5G infrastructure is expected to serve a multitude of services with heterogeneous
requirements, which might be potentially managed by multiple Mobile Virtual Network …

End-to-end network slicing is an auspicious paradigm, which promises to lead the way
towards efficiently addressing the problems of legacy networks. Based on softwarization and …